[spokeshave]

Where do 5G and far-UVC fall on the electriomeagnetic spectrum in relation to each other?

Similar frequency range.

[Steven W.]

Silly Japan - they probably never sent their COVID-19 positive patients into their nursing + rehabilitation homes. They clearly lack the wisdom and execution tactics of the Cuomo mafia.

[spokeshave]

Maybe a 5G cell phone with a small diameter flexible microwave link that could be inserted down the ventilator circuit into the lower lung to radiate and kill the virus.....just sayin for a friend.

[bagster]

Similar frequency range.

Certain Frequencies Can Have Devestating Effects On Alien Life Forms And Viruses.

Science wins every time.

[bigbob]

Not even close. 5G comes in two flavors: Range 1, 450 MHz to 6 GHz, which includes the LTE frequency range. Frequency range 2 (FR2) is from 24.25 GHz to 52.6 GHz. The latter is half of the 95GHz used in the active denial system. Since it’s much more expensive to cover the same distance as you go up in frequency (down in wavelength) the 5G deployments will be in the low range except for densely populated urban areas. Millimeter wave signals have a practical coverage range of less than 1 mile, so 5G in the 25-39 GHz range will require many more cells, which means more tower sites and they don’t penetrate walls and some building materials nearly as well. So the high range 5G will make sense in places like sports arenas and convention centers, airports, etc, but not for general use.

And they’re not going to deploy cellular transmitters that cause a burning sensation. They’re just not.